The requirement of ideal rolling without sideways slipping for wheels imposes nonholonomic (non-integrable) constraints on the motion of the wheels and consequently on the motion of wheeled mobile robots. From the control point of view, the dynamics of nonholonomic systems can be divided in two part
The development of an autonomous assembly robot
β Scribed by U. Rembold; T. Soetadji
- Publisher
- Elsevier Science
- Year
- 1987
- Tongue
- English
- Weight
- 959 KB
- Volume
- 3
- Category
- Article
- ISSN
- 0736-5845
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β¦ Synopsis
This paper presents various projects which are being developed at the Institute for Informatics at the Robotics Research Group. Several of these projects will be integrated to support the development of an autonomous assembly robot. With its two arms under sensor guidance, the robot will be capable of assembling a standard benchmark (workpieces). To achieve mobility, the robot will be equipped with a self-propelled platform. Several vision systems are employed in order to support the navigation of the robot and the assembly task. An AI-based system is being developed for assembly planning, implicit programming, route planning (obstacle avoidance), assembly monitoring, and error recovery.
π SIMILAR VOLUMES
Miyata, H. and M. Ohkita, An algorithm of obstacle avoidance for an autonomous mobile robot, Mathematics and Computers in Simulation 35 (1993) 161-171. The locus drawn by a car travelling at a low speed can be expressed by using circular arcs. This principle is applied to simulate travelling of an